Can Cord Blood Help Treat Autism, Leukemia or Cerebral Palsy?

Cord blood stem cell preservation for possible treatment of autism, leukemia, and cerebral palsy

Unfortunately, some children face health challenges that many of you can’t even imagine.  They may have difficulty with movements, struggle to express themselves, or undergo repeated medical procedures such as blood transfusions. For kids living with health conditions like autism, cerebral palsy, or leukaemia, these hurdles are part of their daily life. And these health challenges can be overwhelming for both the child and their family.

While there isn’t a single solution that can address autism, leukemia or cerebral palsy, science continues to evolve with new approaches. One area that has drawn many Singaporean parents’ attention is cord blood banking. To prevent these kinds of difficult health challenges, parents in Singapore and many other countries are choosing to store their baby’s cord blood, as it contains unique stem cells that scientists are still studying for their potential use in the future.

It’s important to understand that cord blood alone is not the cure for these conditions, but research says it may support broader treatment approaches. In this blog you will get to know about how cord blood treatment can contribute to tackling these conditions.

Potential Benefits of Cord Blood to Manage Autism

Autism, or Autism Spectrum Disorder (ASD), is a health condition that children are usually born with. It affects their brain development, making it difficult for them to talk, make friends, or understand social circles. 

Some kids repeat actions or concentrate a lot on certain things only. Doctors are not aware of the real cause, but genes play a significant role. Right now, treatment only helps with issues like anxiety or aggression, not with main problems like language or social skills.

How Cord Blood Might Help Treat Autism in the Future

  • Cord blood is the leftover blood from a baby’s umbilical cord or placenta just after birth. It contains special cells known as haematopoietic stem cells that can calm inflammation or swelling in the brain, helping to support better brain functioning.
  • Cord blood treatment, also known as stem cell therapy, uses these cells, which may help improve skills like communication, attention, and social interaction, particularly in kids who have autism but do not have an intellectual disability.
  • Cord blood might have the potential to form new brain connections, which can help tackle the symptoms related to autism.

Also Read: Cord Blood for Autism in Singapore

Potential Benefits of Cord Blood to Manage Leukemia

Leukemia is a type of cancer that begins in the soft tissue (bone marrow) inside your bones, where blood cells are formed. In leukemia, the bone marrow makes too many abnormal fighter cells known as white blood cells that don’t work properly. 

These extra fighter cells crowd out the healthy blood cells, making it difficult for the body to fight infections, carry nutrients and oxygen, or control bleeding. Treatment is based on the leukemia type and other factors and can include chemotherapy, radiation, or stem cell transplants/stem cell therapy in Singapore.

How Cord Blood Might Help Treat Leukaemia in the Future

  • Cord blood contains young, effective stem cells that can replace unhealthy bone marrow with healthy ones after prolonged leukaemia treatment.
  • Cord blood stem cell transplants are much easier to match than traditional bone marrow transplants, particularly for people from diverse ethnic backgrounds in Singapore.
  • Cord blood treatment lowers the risk of severe complications such as graft-versus-host disease (when donor cells attack the recipient’s body).
  • Because cord blood storage in Singapore is easy and ready to use, it can provide more swift transplant options for leukaemia patients needing urgent treatment.

    Also Read 
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Potential Benefits of Cord Blood to Manage Cerebral Palsy

Cerebral palsy, often referred to as CP, is a group of health conditions that alter how a child moves and holds their body. It happens due to damage to the kid’s brain during the developing phase, generally before birth. 

It makes muscles too stiff or too floppy, making it hard for a child to control their movements or maintain a steady posture. Some have difficulty in walking and swallowing, or have eyes that don’t focus well together. While CP doesn’t worsen over time, it can cause daily challenges in movement, coordination, and even learning or speech. There is no cure for cerebral palsy yet, but comprehensive treatments can help improve how a child moves and lives.

How Cord Blood Might Help Treat Cerebral Palsy in the Future

  • Cord blood containing special stem cells can help reduce harmful inflammation or swelling and promote brain healing following damage.

  • Scientists say that giving cord blood via an IV is safe. This can help improve children’s muscle control along with movement skills.

  • Children younger than 5 and those who already have some ability to walk tend to benefit the most from cord blood treatment or stem cell therapy in Singapore.

  • These stem cells help the brain form better neural connections, contributing to strength, balance, and coordination over time.

Note: This cord blood treatment or stem cell therapy is still new and being studied, but it offers hope that children with autism, leukaemia or cerebral palsy could gain better movement and independence in the future. Follow your doctor’s advice only.

Conclusion

While conditions like autism, leukaemia or cerebral palsy are challenging to treat with just one treatment, as a parent, you can plan at the time of your child’s birth for their healthy future. Storing cord blood through private cord blood banking with Cryovia Singapore gives your child a valuable safety net that might help if health challenges arise. 

*Don’t wait for ailments to impact your child’s life; contact us now to secure their future health, safety and hope. Be decisive to opt for cord blood banking, then be prepared with a cord blood banking kit at the time of delivery.